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The nature of physical motion and Zeno's paradox

机译：身体运动的本质与芝诺悖论

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David Hilbert's approach to studying the nature of continuous mechanical motion with the help of Zeno's paradox is developing. Zeno's sequence allows the detection of the latent singularity within the classical description of mechanical motion. The inception of this singularity occurs because of the accumulation of motion intervals added. The absence of that addition in the description of motion and the absence of the singularity occur outside classical mechanics only and are associated with quantum mechanics. A conclusion has been drawn that continuous mechanical motion is possible only because of the wave properties of the material particles, and such a motion is the most pictorial manifestation of the effects of quantum mechanical in the macrouniverse. The possession of wave properties is an inevitable necessity for maintaining the mobility of particles and the material bodies consisting of those particles. That leads eventually to such paradoxical mechanisms (phenomenon) of physical nature as wave-particle dualism, without which, the existences of dynamic objects and the structures of our world appear impossible.
机译：大卫·希尔伯特（David Hilbert）在芝诺（Zeno）悖论的帮助下研究连续机械运动的本质的方法正在发展。芝诺序列允许在机械运动的经典描述中检测潜在的奇点。由于增加了运动间隔，因此出现了这种奇异性。在运动描述中缺少该添加项和奇异性的缺失仅发生在经典力学之外，并且与量子力学有关。得出的结论是，仅由于材料颗粒的波动特性，才可能进行连续的机械运动，而这种运动是大宇宙中量子力学作用的最生动的体现。保持波特性是维持颗粒和由那些颗粒组成的材料的迁移率的必然必要。这最终导致了诸如波粒二元论之类的自然本质的悖论机制（现象），如果没有这种机制，动态物体的存在和我们世界的结构似乎是不可能的。

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